FABRICATION OF PADDY TRANSPLANTER MACHINE

Suman Pandipati, D. Varma, T. Saiprazwal, T. Avinash, K. Anil, Roopsandeep Bammidi
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Abstract

India is an agrarian country. About 58% of Indians are dependent on agriculture for their livelihood. At least 12 crore families in India are dependent on agriculture. India is world's second largest producers of rice, accounting for 20% of all world rice production. Rice is usually grown by planting paddy in the fields manually. A major population of India is engaged in agriculture. Rice being the major crop cultivated in India, a huge amount of workforce is engaged in rice production. The common practice of rice cultivation is manual transplanting of seedlings in the puddled soil. Rice is primary and major crop cultivated in India. As the large workforce is engaged in this sector, Traditional method is costly, time consuming and labor intensive work. To make the transplanted system several attempt has been made to design and fabricate this machine. So our main of our project is to design and fabricate a paddy transplanted by using this machine we use decrease the labor cost and increased the productivity. So this machine works on a simple mechanism which is easy to maintain and it is eco-friendly. And no skilled labors are required, only single person is required to operate the machine. In this work, the difficulties while planting the seedlings in the field by the farmers are eliminated.
水稻插秧机的研制
印度是一个农业国家。大约58%的印度人依靠农业为生。印度至少有1.2亿家庭依赖农业。印度是世界第二大大米生产国,占世界大米产量的20%。水稻通常是人工种植的。印度的主要人口从事农业。水稻是印度种植的主要作物,大量的劳动力从事水稻生产。水稻种植的常见做法是在水坑里人工移栽秧苗。水稻是印度种植的主要作物。由于这一领域的劳动力众多,传统的方法成本高,耗时长,劳动强度大。为了实现移植系统,对该机器的设计和制造进行了多次尝试。因此,我们的主要项目是设计和制造一个水稻插秧机,我们使用的机器,降低了人工成本,提高了生产率。所以这台机器的工作机制很简单,很容易维护,而且很环保。而且不需要熟练的工人,只需要一个人操作机器。这项工作消除了农民在田间种苗时的困难。
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